@string{ac = "Acta Crystrallogr{.}"}
@string{acie = "Ang{.} Chem{.} Int{.} Ed{.} Engl{.}"}
@string{acmcs = "ACM Comput{.} Surv{.}"}
@string{acp = "Adv{.} in Chemical Phys{.}"}
@string{acs = "Acta Chem{.} Scand{.}"}
@string{acta = "Acta Inf{.}"}
@string{advm = "Advanced Materials"}
@string{am = "Acta Metall{.}"}
@string{ama = "Acta Mater{.}"}
@string{amm = "Acta Metall{.} et Mater{.}"}
@string{amr = "Appl{.} Magn{.} Reson{.}"}
@string{anp = "Adv{.} Nucl{.} Phys{.}"}
@string{anyas = "Ann{.} of the New York Acad{.} Sciences"}
@string{ao = "Appl{.} Opt{.}"}
@string{ap = "Ann{.} Phys{.}"}
@string{apa = "Appl{.} Phys{.} A"}
@string{apcs = "Abstracts of Papers of the Am{.} Chem{.} Soc{.}"}
@string{apl = "Appl{.} Phys{.} Lett{.}"}
@string{appa = "Acta Phys{.} Pol{.} A"}
@string{aqc = "Adv{.} in Quant{.} Chem{.}"}
@string{arms = "Ann{.} Rev{.} Matter{.} Sci{.}"}
@string{arnp = "Annu{.} Rev{.} Nucl{.} Part{.} Sci{.}"}
@string{arpc = "Annu{.} Rev{.} of Physical Chem{.}"}
@string{arbp = "Annu{.} Rev{.} Biophys{.}"}
@string{ass = "Appl{.} Surf{.} Sci{.}"}
@string{baps = "Bull{.} Am{.} Phys{.} Soc{.}"}
@string{blms = "Bull{.} of the London Mathematical Soc{.}"}
@string{bbcp = "Ber{.} Bunsenges{.} Phys{.} Chem{.}"}
@string{c = "Chemosphere"}
@string{ca = "Carbon"}
@string{cacm = "Commun{.} ACM"}
@string{cajp = "Can{.} J{.} Phys{.}"}
@string{cb = "Chemistry in Britain"}
@string{chp = "Chin{.} J{.} Phys{.}"}
@string{chpl = "Chinese Phys{.} Lett{.}"}
@string{cip = "Computers in Physics"}
@string{cjp = "Chinese J{.} of Phys{.}"}
@string{cldam = "Crystal Lattice Defects and Amorphous Mater{.}"}
@string{cma = "Computers and Mathematics with Applications"}
@string{cms = "Comp{.} Mater{.} Sci{.}"}
@string{cos = "Current Opinion in Solid State and Mater{.} Sci{.}"}
@string{cp = "Chem{.} Phys{.}"}
@string{cpc = "Computer Phys{.} Comm{.}"}
@string{cph = "Computers Phys{.}"}
@string{cpl = "Chem{.} Phys{.} Lett{.}"}
@string{cqg = "Classical Quant{.} Grav{.}"}
@string{cr = "Chem{.} Rev{.}"}
@string{crs = "Critical Reviews in Solid State and Mater{.} Sciences"}
@string{crt = "Cryst{.} Res{.} Technol{.}"}
@string{ctps = "Computational and Theoretical Polymer Science"}
@string{dans = "Dokl{.} Akad{.} Nauk \mbox{SSSR} [Sov{.} Phys{.} Dokl{.}]"}
@string{ddf = "Defects Diffus{.} Forum"}
@string{dres = "Defects and Radiation Effects in Semiconductors"}
@string{drm = "Diamond and Related Mater{.}"}
@string{ejic = "Euro{.} J{.} Inorg{.} Chem{.}"}
@string{el = "Europhys{.} Lett{.}"}
@string{elec = "Electronics Lett{.}"}
@string{epa = "Euro{.} Phys{.} Abs{.}"}
@string{epjb = "Euro{.} Phys{.} J{.} B"}
@string{fassp = "Festkorperprobleme -- Adv{.} in Solid State Physics"}
@string{fgcs = "Future Generation Computer Systems"}
@string{fst = "Fullerene Sci{.} and Technol{.}"}
@string{ftt = "Tverd{.} Tela (Leningrad) [Sov{.} Phys{.} Solid State]"}
@string{hc = "Heteroatom Chem{.}"}
@string{hi = "Hyperfine Interactions"}
@string{hpa = "Helv{.} Phys{.} Acta"}
@string{i = "Intermetallics"}
@string{ian = "Izv{.} Akad{.} Nauk \mbox{SSSR}, Ser{.} Fiz{.} [Bull{.} Acad{.} Sci{.} \mbox{USSR}, Phys{.} Ser{.}]"}
@string{ibmjrd = "IBM J{.} Res{.} Dev{.}"}
@string{ibmsj = "IBM Syst{.} J{.}"}
@string{ic = "Inorg{.} Chem{.}"}
@string{ica = "Inorg{.} Chim{.} Acta"}
@string{ieeetc = "IEEE Trans{.} Comput{.}"}
@string{ieeetcad = "IEEE Trans{.} Comput{.}-Aided Design Integrated Circuits"}
@string{ieeeed = "IEEE Trans{.} Electron Devices"}
@string{ieeetdei = "IEEE Trans{.} Dielectrics and Electrical Insulation"}
@string{ieeese = "IEEE Trans{.} Softw{.} Eng{.}"}
@string{ieeeqe = "IEEE J{.} of Selected Topics in Quant{.} Electronics"}
@string{ieicete = "IEICE Transactions On Electronics"}
@string{ijmpa = "Int{.} J{.} Mod{.} Phys{.} A"}
@string{ijmpb = "Int{.} J{.} Mod{.} Phys{.} B"}
@string{ijms = "Int{.} J{.} of Mass Spectrometry and Ion Processes"}
@string{imr = "Int{.} Mat{.} Rev{.}"}
@string{ip = "Inverse Problems"}
@string{ipc = "Inst{.} Phys{.} Conf{.} Ser{.}"}
@string{ipl = "Inf{.} Process{.} Lett{.}"}
@string{is = "Interface Sci{.}"}
@string{ijqc = "Int{.} J{.} Quant{.} Chem{.}"}
@string{jac = "J{.} Alloys and Compounds"}
@string{jacm = "J{.} ACM"}
@string{jaces = "J{.} Am{.} Ceramic Soc{.}"}
@string{jacs = "J{.} Am{.} Chem{.} Soc{.}"}
@string{jap = "J{.} Appl{.} Phys{.}"}
@string{jcamd = "J{.} of Computer Aided Molecular Design"}
@string{jcc = "J{.} Comput{.} Chem{.}"}
@string{jce = "J{.} Comp{.} Electron{.}"}
@string{jcg = "J{.} Crystal Growth"}
@string{jcics = "J{.} Chem{.} Inf{.} Comp{.} Sci{.}"}
@string{jcop = "J{.} Comp{.} Phys{.}"}
@string{jcp = "J{.} Chem{.} Phys{.}"}
@string{jcppcb = "Journal de Chimie Physique et de Physico-Chimie Biologique"}
@string{jcsdt = "J{.} Chem{.} Soc{.} -- Dalton Transactions"}
@string{jcsft = "J{.} Chem{.} Soc{.} -- Faraday Transactions"}
@string{jcsft2 = "J{.} Chem{.} Soc{.} -- Faraday Transactions \mbox{II}"}
@string{jcss = "J{.} Comput{.} Syst{.} Sci{.}"}
@string{jctc = "J{.} Chem{.} Theory Comput{.}"}
@string{jdp = "J{.} de Physique"}
@string{jdp1 = "J{.} de Physique {I}"}
@string{jdp2 = "J{.} de Physique {II}"}
@string{jdp3 = "J{.} de Physique {III}"}
@string{jdp4 = "J{.} de Physique {IV}"}
@string{jem = "J{.} Electr{.} Mat{.}"}
@string{jes = "J{.} of the Electrochemical Soc{.}"}
@string{jesrp = "J{.} of Electron Spectroscopy and Related Phenomena"}
@string{jfc = "J{.} Fluorine Chem{.}"}
@string{jjap = "Japan J{.} Appl{.} Phys{.}"}
@string{jjap1 = "Jpn{.} J{.} Appl{.} Phys{.} Part 1"}
@string{jjap2 = "Jpn{.} J{.} Appl{.} Phys{.} Part 2"}
@string{jkps = "J{.} of the Korean Physical Soc{.}"}
@string{jl = "J{.} of Luminescence"}
@string{jlcm = "J{.} of the Less-Common Metals"}
@string{jltp = "J{.} of Low Temp{.} Phys{.}"}
@string{jm = "J{.} of Microscopy"}
@string{jmep = "J{.} Mater{.} Eng{.} Performance"}
@string{jmmm = "J{.} Magn{.} Magn{.} Mater{.}"}
@string{jmp = "J{.} Math{.} Phys{.}"}
@string{jmr = "J{.} of Mater{.} Res{.}"}
@string{jms = "J{.} Mol{.} Struct{.}"}
@string{jmsme = "J{.} of Mater{.} Sci{.} -- Materials in Electronics"}
@string{jmsp = "J{.} Mol{.} Spectrosc{.}"}
@string{jmst = "J{.} Mol{.} Struct{.} (Theochem)"}
@string{jncs = "J{.} of Non-Crystalline Solids"}
@string{jnm = "Journal of Nucl{.} Mater{.}"}
@string{jom = "\mbox{JOM}"}
@string{josa = "J{.} Opt{.} Soc{.} Am{.}"}
@string{josaa = "J{.} Opt{.} Soc{.} Am{.} A"}
@string{josab = "J{.} Opt{.} Soc{.} Am{.} B"}
@string{jp = "J{.} Phys{.}"}
@string{jpa = "J{.} Phys{.} A"}
@string{jpb = "J{.} Phys{.} B"}
@string{jpbamop = "J{.} Phys{.} B{:} At{.} Mol{.} Opt{.} Phys{.}"}
@string{jpc = "J{.} Phys{.} C"}
@string{jpca = "J{.} Phys{.} Chem{.} A"}
@string{jpcb = "J{.} Phys{.} Chem{.} B"}
@string{jpcl = "J{.} Phys{.} Chem{.} Lett{.}"}
@string{jpcm = "J{.} Phys{.} Condens{.} Matter"}
@string{jpcrd = "J{.} Phys{.} Chem{.} Ref{.} Data"}
@string{jpcs = "J{.} Phys{.} Chem{.} Solids"}
@string{jpcss = "J{.} Phys{.} C Solid State"}
@string{jpcy = "J{.} Phys{.} Chem{.}"}
@string{jpd = "J{.} Phys{.} D"}
@string{jpe = "J{.} Phys{.} E"}
@string{jpf = "J{.} Phys{.} F"}
@string{jpg = "J{.} Phys{.} G"}
@string{jph = "J{.} Physique"}
@string{jpsj = "J{.} Phys{.} Soc{.} Jap{.}"}
@string{jqsrt = "J{.} Quant{.} Spectrosc{.} Radiat{.} Transfer"}
@string{jrnbs = "J{.} of Res{.} of the Nat{.} Bureau of Standards"}
@string{js = "J{.} of Superconductivity"}
@string{jsc = "J{.} of Struct{.} Chem{.}"}
@string{jsiam = "J{.} Soc{.} Ind{.} Appl{.} Math{.}"}
@string{jssc = "J{.} of Solid State Chem{.}"}
@string{jvst = "J{.} Vac{.} Sci{.} and Technol{.}"}
@string{jvsta = "J{.} Vac{.} Sci{.} and Technol{.} A"}
@string{jvstb = "J{.} Vac{.} Sci{.} and Technol{.} B"}
@string{k = "Kristallografiya"}
@string{lmp = "Lett{.} in Mathematical Phys{.}"}
@string{lnp = "Lecture Notes in Phys{.}"}
@string{mc = "Mater{.} Characterization"}
@string{me = "Microelectronic Eng{.}"}
@string{mht = "Mater{.} at High Temperatures"}
@string{ml = "Mater{.} Lett{.}"}
@string{mp = "Molecular Phys{.}"}
@string{mpr = "Metal Powder Report"}
@string{mrs = "MRS Res{.} Soc{.} Symp{.} Proc{.}"}
@string{mrsb = "MRS Bulletin"}
@string{mrsi ="MRS Internet J{.} of Nitride Semicond{.} Res{.}"}
@string{mrssp = "MRS Symp{.} Proc{.}"}
@string{ms = "Molecular Simulation"}
@string{msea = "Mater{.} Sci{.} Eng{.} A"}
@string{mseb = "Mater{.} Sci{.} Eng{.} B"}
@string{mser = "Mater{.} Sci{.} Eng{.} R"}
@string{msf = "Mater{.} Sci{.} Forum"}
@string{msmse = "Modelling Simul{.} Mater{.} Sci{.} Eng{.}"}
@string{mst = "Mater{.} Sci{.} and Technol{.}"}
@string{mt = "Meas{.} Sci{.} and Technol{.}"}
@string{n = "Nature"}
@string{nc = "Nuovo Cim{.}"}
@string{nim = "Nucl{.} Instrum{.} Methods"}
@string{nima = "Nucl{.} Instrum{.} Methods A"}
@string{nimb = "Nucl{.} Instrum{.} Methods B"}
@string{njc = "New J{.} of Chemistry"}
@string{njp = "New J{.} of Physics"}
@string{nonl = "Nonlinearity"}
@string{np = "Nucl{.} Phys{.}"}
@string{nt = "Nucl{.} Technol{.}"}
@string{nw = "Naturwissenschaften"}
@string{o = "Organometallics"}
@string{ois = "Optika I Spektroskopiya"}
@string{os = "Opt{.} Spectrosc{.}"}
@string{p = "Physica"}
@string{pa  = "Physica A"}
@string{pb = "Physica B"}
@string{pbc = "Physica B~\&~C"}
@string{pc = "Physica C"}
@string{pcm = "Phys{.} and Chem{.} of Minerals"}
@string{pcps = "Proc{.} of the Cambridge Philosophical Soc{.}"}
@string{pccp = "Phys{.} Chem{.} Chem{.} Phys{.}"}
@string{pd = "Physica D"}
@string{pe = "Physica E"}
@string{picg = "Progress in Crystal Growth and Characterization of Mater{.}"}
@string{pkn = "$\Psi_{\mathrm{k}}$ Newsletter"}
@string{pl = "Phys{.} Lett{.}"}
@string{pla = "Phys{.} Lett{.} A"}
@string{plb = "Phys{.} Lett{.} B"}
@string{pm = "Phil{.} Mag{.}"}
@string{pma = "Phil{.} Mag{.} A"}
@string{pmb = "Phil{.} Mag{.} B"}
@string{pmbio = "Phys{.} Med{.} Biol{.}"}
@string{pml = "Phil{.} Mag{.} Lett{.}"}
@string{pnasa = "Proc{.} Nat{.} Acad{.} Sci{.}, USA"}
@string{pp = "Portgal{.} Phys{.}"}
@string{pps = "Proc.\ Phys.\ Soc{.}"}
@string{pr = "Phys{.} Rev{.}"}
@string{pra = "Phys{.} Rev{.} A"}
@string{prb = "Phys{.} Rev{.} B"}
@string{prc = "Phys{.} Rev{.} C"}
@string{prd = "Phys{.} Rev{.} D"}
@string{pre = "Phys{.} Rev{.} E"}
@string{prep = "Phys{.} Rep{.}"}
@string{prl = "Phys{.} Rev{.} Lett{.}"}
@string{prs = "Proc{.} R{.} Soc{.}"}
@string{prsl = "Proc{.} R{.} Soc{.} London"}
@string{prsla = "Proc{.} R{.} Soc{.} London, Ser{.} A"}
@string{ps = "Phys{.} Scr{.}"}
@string{psfb = "Proteins"}
@string{pss = "Phys{.} Status Solidi"}
@string{pssa = "Phys{.} Status Solidi A"}
@string{pssb = "Phys{.} Status Solidi B"}
@string{pt  = "Phys{.} Today"}
@string{ptra = "Phil{.} Trans{.} R{.} Soc{.} A"}
@string{ptrs = "Phil{.} Trans{.} R{.} Soc{.}"}
@string{pw = "Physics World"}
@string{qoam = "Q{.} Appl{.} Math{.}"}
@string{ral = "Rendiconti Accademia dei Lincei"}
@string{re = "Radiation Effects"}
@string{reds = "Radiation Effects and Defects in Solids"}
@string{rmp = "Rev{.} Mod{.} Phys{.}"}
@string{rpa = "Revue de Physique Appliquee"}
@string{rpp = "Rep{.} Prog{.} Phys{.}"}
@string{rsi = "Rev{.} Sci{.} Instrum{.}"}
@string{s = "Science"}
@string{sa = "Sensors and Actuators"}
@string{saa = "Sensors and Actuators A{:} Physical"}
@string{sab = "Sensors and Actuators B{:} Chemical"}
@string{sca ="Spectrochim{.} Acta{.}"}
@string{scaa ="Spectrochim{.} Acta, Part A{.}{:} Molecular Spectroscopy"}
@string{scaab ="Spectrochim{.} Acta, Part A{.}{:} Molecular and Biomolecular Spectroscopy"}
@string{scab ="Spectrochim{.} Acta, Part B{.}{:} Atomic Spectroscopy"}
@string{scm = "Scripta Metallurgica"}
@string{scp = "Sci{.} Comput{.} Programming"}
@string{se = "Semiconductors"}
@string{sem = "Solar Energy Mater{.} and Solar Cells"}
@string{sest = "Semicond{.} Sci{.} Technol{.}"}
@string{si = "Semicond{.} and Insulators"}
@string{sic = "SIAM J{.} Comput{.}"}
@string{sjnp = "Sov{.} J{.} Nucl{.} Phys{.}"}
@string{sm = "Synth{.} Metals"}
@string{sma = "Scripta Materialia"}
@string{smp = "Springer Tracts in Modern Physics"}
@string{smz = "Sibirsk{.} Mat{.} Zh{.}"}
@string{sp = "Sov{.} Phys{.}"}
@string{sps = "Sov{.} Phys{.} Semicond{.}"}
@string{spss = "Sov{.} Phys{.} Solid State"}
@string{spt = "Separation and Purification Technol{.}"}
@string{srl = "Surface Rev{.} and Lett{.}"}
@string{ss = "Surface Sci{.}"}
@string{ssc = "Solid State Commun{.}"}
@string{ssm = "Semiconductors and Semimetals"}
@string{ssp = "Solid State Phenomena"}
@string{sssa = "Scientia Sinica A"}
@string{sst = "Semicond{.} Sci{.} Technol{.}"}
@string{ssr = "Surface Sci{.} Reports"}
@string{sust = "Supercond{.} Sci{.} Technol{.}"}
@string{sum = "Superhard Mater{.}"}
@string{ta = "Thermochimica Acta"}
@string{tap = "Topics in Appl{.} Phys{.}"}
@string{tca = "Theoretica Chimica Acta"}
@string{tcs = "Theor{.} Comput{.} Sci{.}"}
@string{tcacc = "Theor{.} Chem{.} Acc{.}"}
@string{tcc = "Top{.} Curr{.} Chem{.}"}
@string{td = "Tetrahedron"}
@string{tda = "Tetrahedron Asym{.}"}
@string{tdl = "Tetrahedron Lett{.}"}
@string{tjms = "Theochem J{.} of Molecular Structure"}
@string{tocs = "ACM Trans{.} Comput{.} Syst{.}"}
@string{tods = "ACM Trans{.} Database Syst{.}"}
@string{tog = "ACM Trans{.} Gr{.}"}
@string{toms = "ACM Trans{.} Math{.} Softw{.}"}
@string{toois = "ACM Trans{.} Office Inf{.} Syst{.}"}
@string{toplas = "ACM Trans{.} Prog{.} Lang{.} Syst{.}"}
@string{tsf = "Thin Solid Films"}
@string{u = "Ultramicrosc{.}"}
@string{ufn = "Uspekhi Fizicheskikh Nauk"}
@string{w = "Wear"}
@string{wirescms = "WIREs Comput{.} Mol{.} Sci{.}"}
@string{yadfiz = "Yad{.} Fiz{.}"}
@string{zna = "Zeitschrift fur Naturforschung section A"}
@string{zp = "Z{.} Phys{.}"}
@string{zpc = "Zeitschrift fur Physikalische Chemie Neue Folge"}
@string{zvmmf = "Zh{.} Vychisl{.} Mat{.} mat{.} Fiz{.}"}
